def set(self, key, value=None):
if key == self.value_tag:
if not isinstance(value, PY_STRING):
raise GraphitValidationError(
'{0} should be of type "string" got "{1}"'.format(
key, type(value)), self)
value = self.schema_validate(value)
# String specific validation
length = len(value)
if length > self.get('maxLength', length):
raise GraphitValidationError(
'Length of string {0} ({1}) larger then maximum {2}'.
format(value, length, self.get('maxLength')), self)
if length < self.get('minLength', length):
raise GraphitValidationError(
'Length of string {0} ({1}) smaller then minimum {2}'.
format(value, length, self.get('minLength')), self)
# Regular expression pattern matching
if self.get('pattern'):
pattern = re.compile(self.get('pattern'))
if not pattern.match(value):
raise GraphitValidationError(
'String {0} does not match regex pattern {1}'.format(
value, self.get('pattern')), self)
self.nodes[self.nid][key] = value
def set(self, key, value=None):
if key == self.value_tag:
if not isinstance(value, list):
raise GraphitValidationError(
'{0} should be of type "array" got "{1}"'.format(
key, type(value)), self)
value = self.schema_validate(value)
# Array specific validation
length = len(value)
if length > self.get('maxItems', length):
raise GraphitValidationError(
'Length of array {0} ({1}) larger then maximum {2}'.format(
key, length, self.get('maxItems')), self)
if length < self.get('minItems', length):
raise GraphitValidationError(
'Length of array {0} ({1}) smaller then minimum {2}'.
format(key, length, self.get('minItems')), self)
if self.get('uniqueItems', False):
if len(set(value)) > 1:
raise GraphitValidationError(
'Items in array {0} must be unique, got: {1}'.format(
key, set(value)), self)
self.nodes[self.nid][key] = value
def schema_validate(self, value):
enum = self.get('enum')
if enum and value not in enum:
raise GraphitValidationError(
'"{0}" should be of type {1}, got {2}'.format(
self.get(self.key_tag), repr(enum), value), self)
return value
def set(self, key, value=None, **kwargs):
if key == self.data.value_tag:
if isinstance(value, PY_STRING) and UUID_REGEX.match(value):
pass
else:
raise GraphitValidationError(
'No valid UUID: {0}'.format(value), self)
self.nodes[self.nid][key] = value
def set(self, key, value=None):
if key == self.value_tag:
if value not in (True, False):
raise GraphitValidationError(
'{0} should be of type "boolean" got "{1}"'.format(
key, type(value)), self)
value = self.schema_validate(value)
self.nodes[self.nid][key] = value
def set(self, key, value=None):
if key == self.value_tag:
if not isinstance(value, int):
raise GraphitValidationError(
'{0} should be of type "integer" got "{1}"'.format(
key, type(value)), self)
value = self.schema_validate(value)
# Integer specific validation
if value > self.get('maximum', value):
raise GraphitValidationError(
'{0} is larger than maximum allowed {1}'.format(
value, self.get('maximum')), self)
if value >= self.get('exclusiveMaximum', value + 1):
raise GraphitValidationError(
'{0} is larger than maximum allowed {1}'.format(
value, self.get('exclusiveMaximum')), self)
if value < self.get('minimum', value):
raise GraphitValidationError(
'{0} is smaller than minimum allowed {1}'.format(
value, self.get('minimum')), self)
if value <= self.get('exclusiveMinimum', value - 1):
raise GraphitValidationError(
'{0} is larger than minimum allowed {1}'.format(
value, self.get('exclusiveMinimum')), self)
if value != 0:
if self.get('multipleOf', value) % value != 0:
raise GraphitValidationError(
'{0} is not a multiple of {1}'.format(
value, self.get('multipleOf')), self)
self.nodes[self.nid][key] = value
def set(self, key=None, value=None):
"""
Set and validate an ISO string representation of a date-time instance
in accordance to RFC 3339.
Set to current date-time if called without arguments.
"""
key = key or self.data.value_tag
if key == self.data.value_tag:
if not value:
value = self.now()
dt = to_datetime(value, datetime)
if dt:
value = dt.astimezone(pytz.utc).isoformat()
else:
raise GraphitValidationError(
'Unsupported format for date-time: {0}'.format(
type(value)), self)
self.nodes[self.nid][key] = value